Martin Next Generation Solar Energy Center CSP Project

This page provides information on Martin Next Generation Solar Energy Center CSP project, a concentrating solar power (CSP) project, with data organized by background, participants, and power plant configuration.

Project Overview

Power Station: Martin Next Generation Solar Energy Center
Location: Indiantown

Florida
United States
Owners (%): Florida light and power
Technology Hybrid, Parabolic Trough
Solar Resource: 1799
Nominal Capacity: 75 MW
Status Operational
Start Year: 2010

Status Date

Status Date December 05, 2021

Background

Break Ground Date 2009
Expected Generation (GWh/year) 155
Lat/Long Location 27.054,-80.563
Total Power Station Land Area (km²) 2.02

Participants

Developer Florida light and power
USA
EPC Lauren Engineering
USA
Operator Florida Power & Light Co.
Electricity Generation Offtaker Florida Power & Light Co.

Costs

Total Construction Cost (2010) 476.30 million
Total Cost USD (2020) $543.6 million
Specific Cost/kW USD (2020) $ 7248
LCOE USD/kWh (2020) $ 0.3
Levelised cost of electricity with 5% weighted average cost of capital and a 25 year payback period, capacity dependent O&M (1.5% of investment cost per year), deflated from Year_operational using the Worldbank's GDP deflator; if station under development or construction then not deflated (assumed cost year 2020)
Concessional Funding or Other Support Federal tax investment credit $120 million

Plant Configuration

Solar Field

Solar Field Aperture Area (m²) 464908
# of Solar Collector Assemblies (SCAs) 1136
# of Loops 142
# of SCAs per Loop 8
# of Modules per SCA 6
SCA Length (m) 72
Collector/Heliostat Engineering or IP Owner Gossamer Space Frames
USA
Collector/Heliostat Model LAT 1
Mirror Manufacturer Rioglass
Spain

Solar Field (Receiver)

Receiver Working Fluid Biphenyl/Diphenyl oxide: Dowtherm A
Receiver Working Fluid Category Thermal oil/organics
Working Fluid Manufacturer Dow
Receiver Manufacturer Solel
Israel
Receiver Model UVAC-2008

Power Block

Nominal Turbine or Power Cycle Capacity 75 MW
Power Cycle Steam Rankine
Cooling Type Wet

The project data on these pages and in the downloadable CSV file is copyright (©) Institute for Advanced Sustainability Studies (IASS) and others 2021; data by Lilliestam@IASS, Thonig@IASS, Zang@CAS, Gilmanova@CAS and others. The data is licensed under a Creative Commons Attribution 4.0 International License.”